Pranav J. Parikh

The paper examines how neural variability, measured via EEG entropy and standard deviation, modulates with grip force magnitude during precision grasping tasks.

This study shows that older adults have difficulty using explicit cues to modulate both digit position and forces during dexterous manipulation, unlike young adults.

This study shows that continuous theta burst stimulation over the primary somatosensory cortex increases electrical pain threshold for 40 minutes in healthy adults.

This study examines how corticospinal excitability variability during grasp force planning contributes to trial-to-trial behavioral variability in humans.

The paper investigates how the choice of contact points during grasping affects sensorimotor cortical interactions, showing that M1 modulates digit forces based on position in unconstrained grasping.